SPIE Photonics West, the world’s largest photonics technologies event
Caeleste is pleased to announce that we are participating once again at the SPIE Photonics West Exhibition. We will occupy booth 4222 at this prestigious show at the Moscone Center in San Francisco, in the North hall, close to the Demo area. From January 30th to February 1st, more than 20.000 persons will gather to discuss and display the latest findings in the field of photonics in science, life-science and medical applications.
Jan Vermeiren, Business Development Manager, Eiji Watanabe and Kerry Van Iseghem, Regional Sales Managers Americas, will be availabe to show you around and discuss your new imaging or photonic sensing needs. If you wish, you can make an upfront appointment via: Sales@caeleste.be
Caeleste at the ITE 2017 in Yokohama, Japan
Caeleste participated in the show of the International Technical Exhibition on Image Technology and Equipment 2017. This show was held in Yokohama Pacifico Hall from 6 till 8 December 2017.
Caeleste showcased some of its realizations, demonstrated its design, assembly, test and production capabilities in the field of particle detection, X-Ray, UV, visible and IR imaging.
Caeleste is making linear arrays for scanning imaging and spectroscopic applications as well as area arrays. The size of the image sensors can vary from some mm2 over several cm2 to wafer scale devices.
Caeleste is specialized in low-noise, high frame rate image sensors with High Dynamic Range (HDR) pixels and with analog or digital outputs.
It was a great pleasure for Jan Vermeiren, Business Development Manager, Eiji Watanabe, Account Manager for USA and Japan and Shigemichi ‘Mike’ Kato, Sales Manager Japan, to welcome so many visitors at our booth.
If you have any questions, please feel free to contact us.
Photonex 2017, Technologies for Industry and Science
In October Caeleste exhibited at Photonex 2017 – Technologies for Industry and Science. Jan Vermeiren, Caeleste’s Business Develop Manager gave a talk about the Caeleste concepts and performance results for ‘Higher dynamic range imaging’.